Blog-Gothic as an Interactive Learning Media in Analytical Geometry Course

Abstract

This study aims to determine (1) how the application of Blog-Gothic as an interactive learning media in Analytical Geometry course (2) the response of students to the use of Blog-Gothic as an interactive learning media in the course of Analytical Geometry. This blog utilization is expected to produce a significant influence, which is in addition to aiming to improve student learning outcomes, it is also expected to help students wisely utilize the internet to find material lectures, discuss difficulties in certain subjects and increase creativity in writing. In addition, lecturers are also easier to monitor the progress of their students through their Blogs or by visiting student Blogs. It is also expected to be able to overcome the diversity of the ability to ask and argue and also can be a solution to the lack of face-to-face hours of lectures. This research is a quantitative research with the use of quasi-experimental or quasi-experimental. Subjects are given an initial test and then given Blog-based learning and then given a final test to find out the improvement in learning outcomes. Observations, questionnaires and interviews were conducted to obtain student response data on Blog-Gothic usage.

GeoGebra in Project-Based Learning (Geo-PJBL): A dynamic tool for analytical geometry course

“…First, studies focusing on the development or application of learning models on geometry include the following: deep learning 3D-shaped surfaces (Sinha, Bai & Ramani, 2016), model-based deep hand pose estimation (Zhou, Wan, Wei, Xue & Wei, 2016), the flipped learning model (Voronina, Moroz, Sudarikov, Rakhimzhanova & Muratbakeev, 2017), and discovery learning using a scientific approach (Ummah, Inam & Azmi, 2019). Second, studies that develop or apply tools in geometry learning include GCLC (Janičić, 2006), an augmented reality-assisted learning system (Lin, Chen & Chang, 2015), context-aware ubiquitous learning (Crompton, 2015), BLOG-GOTHIC (Indahwati & Tafrilyanto, 2018), Wingeom Software (Fonna & Mursalin, 2019), and Scrap-Mod (Hidayah & Destari, 2019).…”